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Operational modes

The following operational modes are supported by ibaFOB-TDC:

 ibaPDA-lite-SD-TDC software interface: Max. 4 cards with up to 512 analog plus

512 digital values are supported by this software (16 telegrams with 32 analog

and 32 digital values each);

Supports a non structured so called ASCII Techno string via the TDC link.

 ibaPDA-Request-TDC package: Max. 4 cards with up to 50 processor connec

tions (32 analog plus 32 digital signals each) and a total of up to 1024 analog

plus 1024 digital signals for one ibaPDA;

Supports one non structured so called ASCII Technostring via the TDC link.

 Bi-directional SD/TDC-Lite connection for the ibaLogic Soft-PLC: Max. 4 cards

with up to 512 analog plus 512 digital input values and 256 analog plus 256 digi

tal values; Supports the non structured so called ASCII Technostring via the TDC

link

Introduction

Assignment

The ibaFOB-TDC card couples the iba Process Data Acquisition system ibaPDA or the

Soft-PLC ibaLogic with the Siemens control system SIMATIC TDC. To achieve this, the

ibaFOB-TDC must be connected to one of the free ports of the CP52IO (GDM Interface

Module of the SIMATIC TDC).

All component parameters are 100% controlled by software. No wiring or jumpering is

necessary for that card.

Characteristics

The card has the following characteristics:

 Bi-directional fiber optic link with 640 MBit/s

 Absolutely noise free acquisition of process data

 Enhanced SIMATIC TDC system diagnostics

 Up to 4 ibaFOB-TDC cards per PC

 Display for card id, processor and link status via 7-segment display and LEDs

 Plug and Play installation

Extension modules

Each card can be extended with up to 2 add-on modules ibaFOB-4o-D. Two designs are available

for the extension modules:

■ Short, for ibaRackline (special housing slots)

■ Long for standard PCI slots or PCIe slots 1.0-x1 compatible

The extension modules should be connected by a flat ribbon cable with the card. Depending on

the intended function the module should be plugged into the appropriate connector.

■ Mirroring the optical inputs

The optical input channels are mirrored on the output channels, with almost no delay. Thus,

other iba systems equipped with ibaFOB input boards can be supplied with the same mea

sured data.

■ Outputs of application software

In this case the ibaFOB-4i-D board operates in duplex mode, i. e. signals can be received

and transmitted independently. With ibaPDA you are able to use the alarm outputs, with

ibaLogic you are able to use these output channels as output resources.

Properties

■ PCI cards: Full compliant PCI V2.2 card, supporting both 3.3 V and 5 V signal levels and sup

porting both 33 MHz and 66 MHz PCI bus clock speed

■ PCI Express card: PCIe 1.0-x1 compatible slot (PCIe-x1. x4. x8. x16)

■ Measurement data is written directly to the computer’s main memory or read out without

loading the CPU (PCI bus master DMA).

In DMA mode, the drives access the memory directly. This is a significant relief for the CPU

load while data traffic is boosted.

■ Independent fiber optic input channels

■ All currently existing ibaNet link protocols are supported:

2Mbit (for ibaPADU devices with S/N < 1000)

3Mbit

5Mbit

32Mbit

32Mbit Flex

■ 4 LEDs for each input channel indicating operational status, link status, data transmission

rate and error

■ 7 segment display for card-ID and indication of sync master card

■ Expansion connector (white) for ibaFOB-4o-D module to mirror the inputs

■ Extension plug (black) for add-on module ibaFOB-4o-D for transmitting analog and digital

output signals

Possible applications: ibaLogic outputs or alarms from ibaPDA and ibaPADU-8-M/-ICP bi-

directional connection

■ No jumpers or switches on the card

All parameters are set in the software.

■ Interrupt synchronization cable to connect multiple iba cards in one PC

■ Firmware upgrade without uninstalling the card.

General application

The cards of the ibaFOB-D family are communication cards for ibaNet fiber optics connections

using DMA technology (DMA = Direct Memory Access). Mechanically, they have a standard de

sign for PCI slots or PCI Express slots.

The cards are the successor models for the cards in the ibaFOB-S and ibaFOB-X families and can

replace these former models completely.

The ibaFOB-D cards can be used to connect iba peripheral devices such as ibaPADU analog-digi

tal-converters, ibaNet750 devices, ibaLink signal modules and ibaBM bus monitors to a standard

or industrial PC. The cards can also be used for connecting an iba-system to automation devices

of other manufacturers, e. g. ABB AC 800PEC or SIMATIC TDC-interface boards LO5/LO6.

The cards have different numbers of fiber optic inputs which can be operated with different

communication protocols depending on the connected devices.

The boards cover all current and former ibaNet communication protocols and thus can be

used for processing of data from an old ibaPADU device (S/N <1000) and an ABB 800PEC high

performance controller or a SIMATIC TDC LO6 board as well. The 5Mbit protocol is also sup

ported by iba. This enables the cards to measure fast signals (25 kHz) from an ibaPADU-8-ICP,

ibaPADU-8-M or ibaPADU-16-M.

Properties

■ PCI cards: Full compliant PCI V2.2 card, supporting both 3.3 V and 5 V signal levels and sup

porting both 33 MHz and 66 MHz PCI bus clock speed

■ PCI Express card: PCIe 1.0-x1 compatible slot (PCIe-x1. x4. x8. x16)

■ Measurement data is written directly to the computer’s main memory or read out without

loading the CPU (PCI bus master DMA).

In DMA mode, the drives access the memory directly. This is a significant relief for the CPU

load while data traffic is boosted.

■ Independent fiber optic input channels

■ All currently existing ibaNet link protocols are supported:

2Mbit (for ibaPADU devices with S/N < 1000)

3Mbit

5Mbit

32Mbit

32Mbit Flex

■ 4 LEDs for each input channel indicating operational status, link status, data transmission

rate and error

■ 7 segment display for card-ID and indication of sync master card

■ Expansion connector (white) for ibaFOB-4o-D module to mirror the inputs

■ Extension plug (black) for add-on module ibaFOB-4o-D for transmitting analog and digital

output signals

Possible applications: ibaLogic outputs or alarms from ibaPDA and ibaPADU-8-M/-ICP bi-

directional connection

■ No jumpers or switches on the card

All parameters are set in the software.

■ Interrupt synchronization cable to connect multiple iba cards in one PC

■ Firmware upgrade without uninstalling the card.

Introduction

General application

The cards of the ibaFOB-D family are communication cards for ibaNet fiber optics connections

using DMA technology (DMA = Direct Memory Access). Mechanically, they have a standard de

sign for PCI slots or PCI Express slots.

The cards are the successor models for the cards in the ibaFOB-S and ibaFOB-X families and can

replace these former models completely.

The ibaFOB-D cards can be used to connect iba peripheral devices such as ibaPADU analog-digi

tal-converters, ibaNet750 devices, ibaLink signal modules and ibaBM bus monitors to a standard

or industrial PC. The cards can also be used for connecting an iba-system to automation devices

of other manufacturers, e. g. ABB AC 800PEC or SIMATIC TDC-interface boards LO5/LO6.

The cards have different numbers of fiber optic inputs which can be operated with different

communication protocols depending on the connected devices.

The boards cover all current and former ibaNet communication protocols and thus can be

used for processing of data from an old ibaPADU device (S/N <1000) and an ABB 800PEC high

performance controller or a SIMATIC TDC LO6 board as well. The 5Mbit protocol is also sup

ported by iba. This enables the cards to measure fast signals (25 kHz) from an ibaPADU-8-ICP,

ibaPADU-8-M or ibaPADU-16-M.

Mögliche Peripheriegeräte sind:

ibaPADU-8

ibaPADU-8-I

ibaPADU-16

ibaPADU-32

ibaDIG-40

ibaBM-DPM-64

ibaBM-DPM-S-64

ibaNet750-BM

ibaPACO-4

ibaBM-SLM (SIMOLINK)

ibaLink-SM-64-i-o

ibaLink-SM-64-SD16

ibaLink-SM-128V-i-2o

ibaBM-DDCSM

ibaPADU-8-ICP, -M (RJ11-Buchse vorhanden, aber nicht nutzbar)

Prinzipiell kann die ibaCOM-PCMCIA-F-Karte auch mit einem LWL-Ausgang einer iba

FOB-io oder -4o-Karte über den Adapter ibaFOB-FO-A verbunden werden.

Folgende technischen Daten zeichnen diese Karte aus:

PCMCIA PC-Karte Typ II

Einsetzbar in allen Notebooks mit Standard PCMCIA-Steckplatz

Unterstützt SM64 Float-Format

Dual-Port-Area und IR einstellbar

64 Analogwerte (integer)

64 Digitalsignale

Spiralkabel 5 m mit RJ11-Stecker (Ausziehlänge bis maximal 7m)

Unterstützt Lichtwellenleiter-Adapter ibaCom-FO-A

Lieferumfang

Die Lieferung beinhaltet folgende Komponenten:

ibaCom-PCMCIA-F-Karte

Spiralkabel 5 m (Ausziehlänge maximal 7m)

Zu diesem Handbuch

Dieses Handbuch beschreibt die Anwendung und die Bedienung der Karte

ibaCom-PCMCIA-F.

Zielgruppe

Im Besonderen wendet sich dieses Handbuch an ausgebildete Fachkräfte, die mit dem

Umgang mit elektrischen und elektronischen Baugruppen sowie der Kommunikations-

und Messtechnik vertraut sind. Als Fachkraft gilt, wer auf Grund seiner fachlichen Aus

bildung, Kenntnisse und Erfahrungen sowie Kenntnis der einschlägigen Bestimmungen

die ihm übertragenen Arbeiten beurteilen und mögliche Gefahren erkennen kann.

Beschreibung

Die ibaCom-PCMCIA-F-Karte wird für die Prozessankopplung eines Notebooks an alle

Geräte mit einer Übertragungsrate von 3.3 MBit/s (F-Modus) verwendet. In Abhängig

keit vom Gerätetyp kann dazu ein RJ11-Anschluss oder ein Lichtwellenleiter-Anschluss

genutzt werden.

The L2B features the followingfunctionality.

Compliant PCI V2.2 (5 V) board, needs one PCI-slot, Plug & Play functionality

I 1 Mbyte of PCI dual port ram for PC access

Standard PROFIBUS DP slave processors (SPC3)

No configuration jumpers or switches – fully software controlled

Firmware control in the PC without uninstalling the card

Dynamic reassigning of interrupt sources and interrupt generation (board and driversynchronization)

O Up to 4 ibaL2B boards can run in the same PC at the same time (board ids #0.. #3)4 DP slaves

on one PROFIBUS line (ibaL2B-4-8) or 2×4 DP slaves on 2 PROFI-BUS DP lines (ibaL2B-8-8-PCI)

O Each PROFIBUS-link has its own processor which controls and manages the fourslave-processors

ibaL2B supports DP multi master mode that means, that on one PROFIBUS lineseveral masters can

be present each controlling their corresponding slaves (onemaster for one slave only !)

For each slave (each slave represents an iba module which consists of 32 analogplus 32 binary signals)

the following telegram modes can be chosen:Integer

Real

S7-Real (Note in this mode there are only 28 Real values instead of the 32 nor-mally found)

QDA-Flatness (special mode for connection to Siemens flatness measurementsystems).

S7-Request

Each slave may send and receive data simultaneously (same telegram mode forboth directions)

LEDs for each PROFIBUS-line for CPU active (green), PROFIBUS-line o.k. (yel-low), internal error (red)

O 7-segment display for board id and synchronization status

Baud rates up to 12 Mbaud

Automatic baud rate detection

Profibus termination resistors for each PROFIBUS-line (switch)

100% compatibility to its predecessors on the PROFIBUS side (GSD data)

Scope of delivery

After unpacking check the completeness and intactness of the delivery.